Hydro-Molecular Cell 117: SPE/PEM Proton Exchange & Cellular Antioxidant Infrastructure
Molecular Optimization Matrix
Engineered to counter cellular oxidation and secure absolute fluid optimization during high-performance routines. The Hydro-Molecular Cell 117 functions as a precise electrochemical node that infuses high-purity molecular hydrogen (H2) directly into your hydration profile.
Driven by true SPE/PEM dual-chamber technology and an authentic DuPont NAFION membrane, the cell modifies the Oxidation-Reduction Potential (ORP) of water down to 600mV. It mechanically isolates and expels ozone, chlorine, and oxygen byproducts. Encased in a high-thermal-resistance borosilicate glass chassis, it provides an elite infrastructure for the tech professional or remote investor who manages biological degradation as a critical performance metric.
Technical & Engineering Specifications
Line: KORMOS VITA (Biological Optimization & Cellular Infrastructure).
Electrolysis Architecture: Solid Polymer Electrolyte (SPE) + Proton Exchange Membrane (PEM) Dual-Chamber array; constructed with Korean-engineered Titanium coated in premium Platinum.
Molecular Partition: Certified USA DuPont NAFION-117 Membrane; engineered to yield 99.99% pure H2 enrichment while filtering out O2, O3, and Cl_2 via a discrete base exhaust vent.
Oxidative Biomarkers: Generates a highly negative Oxidation-Reduction Potential ranging from 300mV to 600mV.
Chassis Material: Food-grade, high-density Borosilicate Glass body paired with structural Titanium components.
Energy Matrix: 1800mAh high-stability integrated Lithium-Ion cell; charged via a flush Type-C USB interface (3.7V-5V).
Volumetric Capacity & Geometry: 380ml fluid chamber; physical dimensions: 70X70 X 210mm.
Operational Telemetry & Performance Modes
3-Minute Optimization Sequence (Single Press / Blue LED): Achieves a molecular density of 900ppb to 1200ppb.
10-Minute Intensive Sequence (Double Press / Blue LED): Achieves a molecular density of 1500ppb to $1800ppb.
Extended Concentration Window: Utilizing a standard external 350ml mineral bottle interface via the 10-minute cycle up to two consecutive times yields an enhanced concentration of 2000ppb to 3000ppb.
Safety Threshold Constraint: Do not exceed three (3) consecutive 10-minute cycles. High internal atmospheric pressure accumulation may cause structural seal leakage.
Thermal Boundaries: Calibrated precisely for high-quality drinking water between 0C and 60C (32F - 140F). Do not introduce fluids exceeding 65C (149F).
Mandatory Membrane Activation & Maintenance Protocols
DuPont N117 Activation Sequence (Required Before Initial Deployment): To prime the proton exchange network and initiate bubble development, fill the glass chamber to 5/6 capacity with clean drinking water (ideally utilizing a 350ml mineral water bottle configuration). Initiate the 10-minute production cycle twice back-to-back (20 minutes total run-time). Keep the upper enclosure sealed and leave static for 8 to 10 hours. The DuPont membrane will lock into its active operational state.
Integrated Self-Cleaning Mode (3-Second Hold / Green LED): Employs reverse-polarity currents to purge structural electrodes. Run once per week.
Chemical Descaling Maintenance: Thoroughly rinse the interior grid with localized citric acid every 2 to 4 weeks to eliminate mineral scaling and sustain long-term conversion efficiency.
Tangible Value Indicators
Clareza Metabólica (Metabolic Clarity): Targets and neutralizes toxic hydroxyl free radicals, preventing cellular oxidative stress during demanding international travel or high-stress corporate negotiations.
Dynamic Lifecycle Infrastructure: The 1800mAh core delivers double the processing lifespan of ordinary retail bottles, enabling uninterrupted, multi-day deployment across remote field environments.
3-Way Adaptive Versatility: Features a modular base design that detaches completely—allowing it to lock directly onto standard external water bottles or function as a dedicated, portable desk node for direct hydrogen inhalation.
